Osoby które kupowały "Q# Pocket Guide", wybierały także:

• Windows Media Center. Domowe centrum rozrywki 66,67 zÅ‚, (8,00 zÅ‚ -88%)
• Ruby on Rails. Ćwiczenia 18,75 zÅ‚, (3,00 zÅ‚ -84%)
• DevOps w praktyce. Kurs video. Jenkins, Ansible, Terraform i Docker 190,00 zÅ‚, (39,90 zÅ‚ -79%)
• Przywództwo w Å›wiecie VUCA. Jak być skutecznym liderem w niepewnym Å›rodowisku 58,64 zÅ‚, (12,90 zÅ‚ -78%)
• Scrum. O zwinnym zarzÄ…dzaniu projektami. Wydanie II rozszerzone 58,64 zÅ‚, (12,90 zÅ‚ -78%)

Spis treści

Q# Pocket Guide eBook -- spis treści

• Foreword
• Preface
  • Why I Wrote This Book
  • Who This Book Is For
  • Navigating This Book
  • Conventions Used in This Book
  • Using Code Examples
  • OReilly Online Learning
  • How to Contact Us
  • Acknowledgments
• I. Q# Programming Language
• 1. Program Structure
  • Your First Q# Program
  • Namespaces
  • Operations and Functions
  • Type Declarations
  • Comments
  • Conclusion
• 2. Data Types
  • The Q# Type System
  • Primitive Classical Data Types
  • Qubits
    • Physics-Imposed Constraints
    • Abstracting Away Physical Implementation
    • The Qubit Data Type
  • Other Primitive Quantum Data Types
    • Measurement Results
    • Pauli Matrices
  • Data Structures
    • Arrays
    • Tuples
    • User-Defined Types
  • Operations and Functions
  • Conclusion
• 3. Expressions
  • Equality Operators
  • Comparison Operators
  • Logical Operators
  • Bitwise Operators
  • Arithmetic Operators
  • Conditional Expression
  • Range Operator
  • String Expressions
  • Array Expressions
  • User-Defined Type Expressions
  • Call Expressions
  • Lambda Expressions
  • Adjoint and Controlled Functors
  • Conclusion
• 4. Statements
  • Example: Calculate Eulers Totient Function
  • Working with Variables
    • Variable Scope
    • Mutable and Immutable Variables
    • Declaring Immutable Variables: let Statements
    • Declaring Mutable Variables: mutable Statements
    • Reassigning Mutable Variables: set Statements
    • Assigning Tuples: Tuple Deconstruction
  • Conditional Execution: if Statements
  • Loops
    • Iterate Over a Sequence: for Loops
    • Classical Conditional Loop: while Loops
  • Call an Operation or a Function: Call Statements
  • Stop Execution: return and fail Statements
    • Finish Execution: return Statements
    • Throw an Exception: fail Statements
  • Example: Prepare a Quantum State
  • Allocate Qubits: use and borrow Statements
  • Quantum Conditional Loops: repeat-until Loops
  • Conjugation: within-apply Statements
  • Conclusion
• 5. Operations and Functions
  • Defining and Using Operations and Functions: The Basics
  • Signatures of Callables
  • Quantum Gates and Measurements
  • Defining and Using Adjoint and Controlled Specializations of Operations
    • Using Operation Specializations
    • Generating Operation Specializations Automatically
    • Defining Operation Specializations Manually
  • Functional Elements of Q#
    • Callable-Typed Variables
    • Using Callables as Arguments
    • Partial Application
    • Lambda Expressions
  • Defining and Using Type-Parameterized Callables
  • Conclusion
• II. Using the Microsoft Quantum Development Kit
• 6. Running Q# Programs
  • Quantum Applications
  • Quantum Software Development
  • Quantum Simulators
    • Full State Simulator
    • Resources Estimator
    • Trace Simulator
    • Toffoli Simulator
    • Sparse Simulator
    • Noise Simulator
  • Running Q# Programs
    • Standalone Q#
      • Setting up the project
      • Writing the quantum code
      • Running the program
      • Passing parameters to the quantum code
    • Q# with a Classical Host
    • Q# with .NET Host
      • Setting up the project
      • Calling Q# code from C#
      • Passing parameters to the quantum code
    • Q# with Python Host
      • Setting up the project
      • Calling Q# code from Python
      • Passing parameters to the quantum code
    • Q# Jupyter Notebooks
      • Setting up the notebook
      • Writing the quantum code
      • Running the program
      • Passing parameters to the quantum code
  • Conclusion
• 7. Microsoft Quantum Development Kit Libraries
  • Getting and Using the Libraries
  • Standard Libraries
    • Microsoft.Quantum.Core: Built-In Functions and Attributes
    • Microsoft.Quantum.Convert: Data Type Conversions
    • Microsoft.Quantum.Logical: Logical and Comparison Functions
    • Microsoft.Quantum.Bitwise: Bitwise Functions
    • Microsoft.Quantum.Math: Classical Math and Arithmetic
    • Microsoft.Quantum.Random: Random Numbers and Probability Distributions
    • Microsoft.Quantum.Arrays: Generic Array Manipulation
    • Microsoft.Quantum.Intrinsic: Basic Quantum Gates and Measurements
    • Microsoft.Quantum.Diagnostics: Testing and Troubleshooting Quantum Programs
    • Microsoft.Quantum.Measurement: Additional Measurement Routines
    • Microsoft.Quantum.Preparation: Quantum State Preparation
    • Microsoft.Quantum.Arithmetic: Quantum Arithmetic
    • Microsoft.Quantum.Canon: Catchall
  • Advanced Libraries
  • Conclusion
• 8. Testing and Debugging
  • Inspecting Elements of Q# Programs
    • Classical Variables
    • Quantum States
    • Quantum Operations
    • Program Structure and Its Evolution
  • Testing Q# Programs
    • Two Ways to Write a Test
    • Standalone Q# Test Projects
    • Testing Classical Conditions
    • Testing Conditions on the Quantum State
    • Comparing the Unitaries Implemented by Operations
  • Conclusion
• Index